Keyphrases
Texas
97%
Climate Change
78%
Electricity Generation
70%
Under Uncertainty
55%
Emission Reduction
53%
Temperature Variation
51%
Climate Policy
51%
Carbon Emissions
48%
Ozone Concentration
44%
Climate Sensitivity
39%
Renewable Generation
39%
Energy Technology
38%
Power Plant
38%
Climate System
34%
Generation Expansion Planning
33%
Policy Analysis
31%
Policy Response
31%
Houston
29%
Differentiated Pricing
29%
Global System
29%
Adaptation
29%
Climate Change Impacts
29%
Power System
29%
Probability Distribution
29%
Latent Factors
29%
Electric Power Systems
29%
Low Carbon
29%
Electricity Generation Capacity
29%
Ocean Circulation
29%
Power Generation
29%
Intergovernmental Panel on Climate Change
27%
Emission Control
27%
Future Climate Change
27%
Electric Reliability Council of Texas (ERCOT)
25%
Energy Demand
25%
Planning Model
25%
Co-firing
24%
Capacity Mix
24%
NOx Emission
24%
Policy Decisions
24%
Ozone Formation
24%
Generation Expansion
23%
Stochastic Generation
23%
Investment Planning
23%
Regional Air Quality
22%
Global Climate Policy
22%
Path Dependence
22%
Climate Parameters
22%
Transmission Planning
22%
Greenhouse Gas Emissions
22%
Engineering
Power Generation
100%
Air Quality
96%
Climate Change
82%
Power Engineering
81%
Unit Commitment
59%
Renewable Generation
56%
Temperature Change
51%
Natural Gas
45%
Electric Power Systems
44%
Power System Operation
36%
Emission Control
34%
Energy Technology
33%
Renewables
30%
Energy Systems
29%
Latent Factor
29%
Dynamic Programming
29%
Greenhouse Gas
29%
Carbon Price
29%
Illustrates
25%
Stochastic Generation
23%
Fired Generation
23%
Meteorological Condition
22%
Air Temperature
22%
Electricity Demand
22%
Test System
22%
Electric Power Transmission Networks
22%
System Cost
22%
Generation Capacity
22%
Retrofit
22%
Atmospheric Aerosol
22%
Operating Constraint
19%
Load Level
19%
Optimal Policy
19%
Metrics
19%
Policy Maker
16%
Earth System
14%
Solution Time
14%
Exceedance
14%
Electricity Cost
14%
Temperature Water
14%
Mass Flowrate
14%
Policymakers
14%
Multistage
14%
Power Flow
14%
Multiscale Model
14%
Thermoelectrics
14%